GALI Search Results

Contextual Info: GaAÄAs IRED & PHOTO-DIODE ARRAY TLP590B ¡TLP590B TELECOMMUNICATION PROGRAMMABLE CONTROLLERS MOS GATE DRIVER MOS FET GATE DRIVER U n it in mm The T O S H IB A TLP590B consists of an aluminum galium arsenide infrared emitting diode optically coupled to a series connected photo­

9335 SOT89

Contextual Info: Surface Mount Monolithic Amplifier Gali 49+ 50Ω Broadband Medium Power DC to 5000 MHz Features • miniture SOT-89 Package • frequency range, DC to 5000 MHz • 16.4 dBm typ., output power • excellent package for heat dissipation, exposed metal bottom

Contextual Info: Surface Mount Gali Gali Monolithic Amplifier 50Ω, High dynamic range, 74+ 74 DC to 1 GHz Features • InGaP HBT IF and RF amplifier • frequency range, DC to 1 GHz, usable to 4 GHz • high gain, 25.1 dB typ. at 100 MHz • up to +19.2 dBm typ. output power at 100 MHz

Contextual Info: EVALUATION KIT AVAILABLE MAX2667/MAX2669 GPS/GNSS Ultra-Low-Noise-Figure LNAs General Description Features The MAX2667/MAX2669 high-gain, low-noise amplifiers LNAs are designed for GPS L1, Galileo, and GLONASS applications. Designed in Maxim’s advanced SiGe process, the devices achieve a high gain and our lowest

Trimble

Abstract: glonass antenna GNSS MIL-STD-818-F GPS surface mount Antenna bulkhead gps TRIMBLE BULKHEAD ANTENNA trimble navigation
Contextual Info: DATASHEET TRIMBLE AV59 GNSS ANTENNA KEY FEATURES Comprehensive GNSS support, including GPS Modernization signals, GLONASS, and Galileo Rugged Package ideal for vehicle applications Bulkhead Mounting Sub-centimeter phase center repeatability The Trimble AV59 GNSS Antenna has

GALI-55

Contextual Info: GALI-55 Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions TYPE: MMIC Amplifier MODEL: GALI-55 Reference Data: RDF-1244D S PARAMETERS are presented in dB/deg Format TEST CONDITIONS: INPUT POWER = -25dBm, Icc = 50mA, Vd = 4.49V @Temperature = +25degC

GALI-59

Contextual Info: MMIC Amplifier GALI-59+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -20dBm, CURRENT = 65mA INPUT POWER = -20dBm, Temperature = +25°C 40 40 35 -45°C 35 52mA 30 +25°C 30 65mA 25 +85°C 25 78mA 20 dB (dB) 20 15 15 10 10

GALI-4F

Contextual Info: MMIC Amplifier GALI-4F+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -15dBm, Temperature = +25°C INPUT POWER = -15dBm, CURRENT = 50mA 16.0 16.0 15.5 - 45°C 15.5 40mA 15.0 +25°C 15.0 50mA 14.5 +85°C 14.5 60mA 14.0 dB

Contextual Info: GALI-1 Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions TYPE: MMIC Amplifier MODEL: GALI-1 Reference Data: RDF-1245H S PARAMETERS are presented in dB/deg Format TEST CONDITIONS: INPUT POWER = -20dBm, Icc = 40mA, Vd = 3.41V @Temperature = +25degC

7404

Abstract: GALI-19
Contextual Info: GALI-19 Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions TYPE: MMIC Amplifier MODEL: GALI-19 Reference Data: RDF-1299 S PARAMETERS are presented in dB/deg Format TEST CONDITIONS: INPUT POWER = -20dBm, Icc = 40mA, Vd = 3.64V @Temperature = +25degC

GALI-S66

Contextual Info: MMIC Amplifier GALI-S66+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -27dBm, CURRENT = 16mA INPUT POWER = -27dBm, Temperature = +25°C 40 40 35 -45°C 35 13mA 30 +25°C 30 16mA 25 +85°C 25 19mA 20 dB (dB) 20 15 15 10 10

Gali-5F

Contextual Info: MMIC Amplifier GALI-5F+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -20dBm, CURRENT = 50mA INPUT POWER = -20dBm, Temperature = +25°C 40 40 35 -45°C 35 40mA 30 +25°C 30 50mA 25 +85°C 25 60mA 20 dB (dB) 20 15 15 10 10

GALI-5

Contextual Info: MMIC Amplifier GALI-5+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -20dBm, CURRENT = 65mA INPUT POWER = -20dBm, Temperature = +25°C 40 40 35 -45°C 35 52mA 30 +25°C 30 65mA 25 +85°C 25 78mA 20 dB (dB) 20 15 15 10 10

TB-409

Abstract: TB-409-5 TB-409-4 TB-409-6
Contextual Info: AMPLIFIERS K4-Gali+ Designer's Kit MINI-CIRCUITS DESIGNER'S KITS THE SOLUTION ! RoHS compliant DC to 8 GHz Gali+ Features Wideband, 50 Ω InGaP HBT microwave • Up to 18.2 dBm output pwr. • Usable to 10 GHz • Transient and ESD protected • Miniature SOT-89 package

GALI-51

Abstract: gali51
Contextual Info: MMIC Amplifier GALI-51+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -20dBm, CURRENT = 65mA INPUT POWER = -20dBm, Temperature = +25°C 40 40 35 -45°C 35 52mA 30 +25°C 30 65mA 25 +85°C 25 78mA 20 dB (dB) 20 15 15 10 10

GALI-52

Contextual Info: MMIC Amplifier GALI-52+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -25dBm, CURRENT = 50mA INPUT POWER = -25dBm, Temperature = +25°C 40 40 35 -45°C 35 40mA 30 +25°C 30 50mA 25 +85°C 25 60mA 20 dB (dB) 20 15 15 10 10

GALI-74

Abstract: 96mA gali74
Contextual Info: MMIC Amplifier GALI-74+ Typical Performance Curves GAIN vs. TEMPERATURE GAIN vs. CURRENT INPUT POWER = -20dBm, CURRENT = 80mA INPUT POWER = -20dBm, Temperature = +25°C 40 40 35 -45°C 35 64mA 30 +25°C 30 80mA 25 +85°C 25 96mA 20 dB (dB) 20 15 15 10 10

GALI-51F

Contextual Info: MMIC Amplifier GALI-51F+ Typical Performance Data NOTE: Use PDF Bookmarks to view DATA at required conditions or to view GRAPHS. Definitions: Input Return Loss = -S11 dB Gain(Power Gain) = S21 (dB) Reverse Isolation = -S12 (dB) Output Return Loss = -S22 (dB)

MAX2769B

Abstract: MAX2769 max2679 GPS programming AEC-Q100 jammer circuit diagram MOBILE jammer circuit diagram MAX2679B 114dB1 serial "compass Sensor" application
Contextual Info: 19-5875; Rev 1; 8/11 EVALUATION KIT AVAILABLE MAX2769B Universal GPS Receiver General Description Features The MAX2769B is a next-generation Global Navigation Satellite System GNSS receiver covering GPS, GLONASS, Galileo, and Compass navigation satellite systems on

of stirling engine

Abstract: 100BASE-FX LXT970 LXT980 stirling engine
Contextual Info: Application Note 91 - Preliminary Information FEBRUARY, 1998 Revision 1.0 LXT980 Design Guide for use with the Galileo GT-48006 10/100 Bridge/Switch General Description General This application note describes a method for designing a dual-speed hub with the LXT980 10/100 Ethernet Repeater

232cbe

Abstract: WJ-A35 GT-64010A R5000 GT64010
Contextual Info: Galileo Technology TM System Controller with GT-64010A Preliminary PCI Interface for R4XXX/ Revision 1.1 December 1996 R5000 Family CPUs NOTE: Always contact Galileo Technology for possible updates before starting a design. FEATURES • Integrated system controller with PCI bus interface for

nte 1037

Abstract: gt-48002a skip 24 evi 10 t3 "filtering database" GT-48001A GT-48002 S7256 0xF8000000
Contextual Info: GT-48002A Preliminary Rev. Revision 1.2 8/19/97 Switched Fast Ethernet Controller for 100BaseX Please contact Galileo Technology for possible updates before finalizing a design. FEATURES • Single-chip, low cost, Switched Fast Ethernet Controller - Provides packet switching functions between two

1575.42 oscillator

Abstract: gc 328 STB5610 TQFP48 CMOS LNA at 2.4 GHz
Contextual Info: STB5610 GPS RF FRONT-END IC PRELIMINARY DATA • ONE CHIP SYSTEM TO INTERFACE GPS ANTENNA TO GPS MICRO CONTROLLER • ABLE TO SUPPORT ACTIVE AND PASSIVE ANTENNA • MINIMUM EXTERNAL COMPONENTS • COMPATIBLE WITH GPS L1 SPS SIGNAL AND GALILEO FREQUENCIES • CMOS OUTPUT LEVELS

Contextual Info: ü ja lile o . GT-96010 Remote Access Coprocessor Preliminary Revision 1.0 8/12/97 Please contact Galileo Technology for possi b e updates before finalizing a design. FEATURES * Integrated serial communications controller and system core logic device - Direct interface to i960 Jx family of CPUs